IMEC creates flexible microprocessor with organic semiconductors -- computational clothing right around the corner
In this article: flexible display, FlexibleDisplay, IMEC, microprocessor, organic semiconductor, organic transistor, organic transistors, OrganicSemiconductor, OrganicTransistor, OrganicTransistors, pentacene, plastic microprocessor, plastic processor, PlasticMicroprocessor, PlasticProcessor, research
Organic semiconductors have been teasing us with the possibility of computationally-inclined clothing for years, but until now we could only dream about our pants being the computer. That dream is closer to reality than ever, as researchers from IMEC have created a cheap (potentially 1/10th the cost of silicon chips), bendable microprocessor by layering a plastic substrate, gold circuits, organic dielectric, and a pentacene organic semiconductor to create an 8-bit logic circuit with 4000 transistors. Executing 6 instructions per second, these things won't be challenging Watson any time soon, but the chips should prove useful in creating cheaper flexible displays and sensors to tell us whether that week-old chicken in the fridge has gone bad. The trick was to overcome individual organic transistors' variable switching voltage thresholds -- as opposed to silicon's predictable nature -- that eliminated the possibility of organic-based logic circuits previously. But by adding a second gate to each transistor, IMEC was able to control the electrical field in each to prevent unwanted switching and usher in the dawn of plastic processors. The zenith of nerd fashion can't be far behind.
All products recommended by Engadget are selected by our editorial team, independent of our parent company. Some of our stories include affiliate links. If you buy something through one of these links, we may earn an affiliate commission.